A few-shot electromechanical impedance monitoring method based on a modified prototype network

Keyphrases

• Monitoring Method 100%
• Electromechanical Impedance 100%
• Few-shot 100%
• Prototype Network 100%
• Impedance Monitoring 100%
• Impedance Signal 57%
• Bolt Loosening 42%
• Temperature Variation 28%
• Monitoring System 14%
• Image-based 14%
• Damage Detection 14%
• Conversion Method 14%
• Structural Damage 14%
• Temperature Fluctuation 14%
• Experiment Results 14%
• Learning Needs 14%
• Bolted Joints 14%
• Impedance Analyzer 14%
• Impedance Method 14%
• Deep Learning 14%
• Few Samples 14%
• Deep Learning Methods 14%
• Monitoring Accuracy 14%
• Few-shot Learning 14%
• Transfer Learning Model 14%
• Cross-domain 14%
• Damage Data 14%
• Electromechanical Impedance Method 14%
• Bolt Loosening Monitoring 14%
• Bolted Structure 14%
• Lightweight Monitoring 14%
• Real-word Scenario 14%
• Bolt Looseness Detection 14%
• Learning Methods 14%
• Self-making 14%
• Temperature-varying Environment 14%

Engineering

• Deep Learning Method 100%
• Damage Detection 50%
• Structural Damage 50%
• Looseness 50%
• Bolted Joints 50%
• Monitoring Device 50%
• Temperature Fluctuation 50%
• Transfer Learning 50%

Material Science

• Bolted Joint 100%